Physical Substantiation of an Opportunity of Artificial Change of Body Weight

Thermogravimetry and the Negative Temperature Dependence of Gravity

“…For numerical estimates we will use results of work Simons, Newkirk, and Aliferis (1957) Sign and an order of the specified size correspond to data of measurements of physical temperature dependence of weight of various metals (Dmitriev, Nikushchenko, & Snegov, 2003;Dmitriev, 2007;Dmitriev, 2008), and also PZT-ceramic (Dmitriev, 2012b).…”

Free fall of a symmetrical gyroscope in vacuum

“…Students may have heard rumors or may have visited out-of-stream websites where it is claimed that anomalous phenomena, such as weight loss or violation of Newton's third law, can happen in rotating gyroscopes. This is a controversial topic for which more than ten peer reviewed journal and conference papers have been written so far (see, [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17], among others). Within this context, single gyroscopes have been experimentally studied since 1989 by Hayasaka and Takeuchi [1] but their theory was immediately disputed in the next year by others [9][10][11][12][13][14].…”

Thermogravimetry and the Negative Temperature Dependence of Gravity

“…Volume coefficient of expansion of porcelain β=9.10 -6 K -1 [8] and, for example, at t=200°С, the values of coefficients С 1.2 are equal C 1 = -1.0.10 -8 gK -1 and C 2 = 7.1.10 -6 gK -1 . Sign and an order of the specified size correspond to data of measurements of physical temperature dependence of weight of various metals [4][5][6], and also PZT [9]. For more exact quantitative estimates of influence of temperature dependence of weight on results of thermogravimetric measurements, the accounting of the sizes, forms, masses, physical and thermodynamic characteristics as holder, and the studied sample is necessary [8,9].…”

“…Sign and an order of the specified size correspond to data of measurements of physical temperature dependence of weight of various metals [4][5][6], and also PZT [9]. For more exact quantitative estimates of influence of temperature dependence of weight on results of thermogravimetric measurements, the accounting of the sizes, forms, masses, physical and thermodynamic characteristics as holder, and the studied sample is necessary [8,9]. Temperature dependence of physical weight of bodies will allow to establish the reasons of anomalies of thermogravimetric dependences with bigger degree of reliability and to increase the accuracy of the gravimetric analysis.…”